Underwater self-navigating platform mechanical system

Abstract

The invention discloses the underwater self-sailing platform mechanic system. The platform mechanic system, the detecting and launching device, the main cabin, the battery cabin and the tail cabin are orderly integrated. The outer bracket of the main cabin and the base plate are connected with the releasing devices; the said releasing devices are connected with the pressures load water cabin; the said water cabin is set with the water-injecting valve and cabin; the shell of the main cabin is equipped with the platform control system and the center of the shell is set with the oil tank driving device that drives the water cabin; the self-damaging control valve is on the shell; the outside of the shells of the said detecting and launching devices are equipped with the revolving and leveling devices of the sensor modules; the said tail cabin is set with the level helm and the vertical helm and the tail end has the airscrew.

Description

technical field [0001] The invention relates to the field of marine exploration tools, and more specifically relates to a mechanical system of an underwater self-navigating platform. Background technique [0002] Oceans cover two-thirds of the Earth and have a vital impact on the future of human existence. The United Nations "21st Century Agenda" pointed out that the ocean is a basic component of the global life support system and a valuable asset that contributes to sustainable development. Since the development of science, people have invested a lot of energy in the exploration of land and space, and have made great progress, but the understanding and research of the ocean, which is closely related to us, is relatively weak. In the vast ocean space, there are rich marine biological resources, marine mineral resources and marine energy, which we can rationally develop and utilize; the earth's ecological environment is deteriorating day by day, and we must better protect th...

AI Technical Summary

Problems solved by technology

However, looking at the above underwater self-navigating platforms, they are all recyclable, and there is no quality change in the main body during the navigation operation. Most of them are large and heavy, and equipped with high-precision equipment, resulting in high development, maintenance and use costs. Commercialization and promotion and application have become problems; and there is no good versatility, and it can only complete specific tasks in specific environments

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